setting_tag
stringclasses 4
values | images
listlengths 2
4
| id
stringlengths 21
27
| question_str
stringlengths 546
4.72k
| gt_answer
stringclasses 4
values |
|---|---|---|---|---|
around
|
[
"other_all_image/around/group103/1_frame.png",
"other_all_image/around/group103/2_frame.png",
"other_all_image/around/group103/3_frame.png"
] |
aroundnew_group005_q3_1
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Given 3 orthogonal perspectives of a scene, they are the front view, left view and right view. If you are at the view of the second image now, then you turn right and go straight, is the stone column base be closer to you? A. No B. Yes
<image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/train_004/front_4.jpg",
"other_all_image/among/train_004/left_83.jpg",
"other_all_image/among/train_004/back_142.jpg",
"other_all_image/among/train_004/right_200.jpg"
] |
among_group733_q2_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy train from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, what is behind you? A. window B. wall C. printed glass door D. black table
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/bottle_318/left_93.jpg",
"other_all_image/among/bottle_318/back_164.jpg"
] |
among_group498_q1_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-right B. Forward-left
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_258/front_4.jpg",
"other_all_image/among/bottle_258/left_208.jpg",
"other_all_image/among/bottle_258/back_132.jpg",
"other_all_image/among/bottle_258/right_67.jpg"
] |
among_group478_q3_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the pink bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the right of the pink bottle? A. white wall B. pink plush toy and headboard C. closet and door D. window and blue curtain
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
D
|
around
|
[
"other_all_image/around/group52/1_frame.png",
"other_all_image/around/group52/2_frame.png"
] |
aroundnew_group062_q1_1
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Give two images of a scene captured from different viewpoints, please determine which direction did you move? A. Left-front B. Right-front.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/ball_520/front_34.jpg",
"other_all_image/among/ball_520/left_87.jpg",
"other_all_image/among/ball_520/back_151.jpg",
"other_all_image/among/ball_520/right_209.jpg"
] |
among_group256_q2_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 3, what is to the left of the green ball? A. wall B. grey chairs C. sliding door D. open space
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/train_001/front_269.jpg",
"other_all_image/among/train_001/left_60.jpg",
"other_all_image/among/train_001/back_145.jpg",
"other_all_image/among/train_001/right_197.jpg"
] |
among_group732_q1_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy train from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 2, then you turn right and move forward, will you get closer to the black table? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/shoe_219/front_8.jpg",
"other_all_image/among/shoe_219/left_89.jpg",
"other_all_image/among/shoe_219/back_158.jpg",
"other_all_image/among/shoe_219/right_237.jpg"
] |
among_group694_q0_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the white sneakers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 1, then you turn left and move forward, will you get closer to the brown curtains and windows? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/ball_513/front_51.jpg",
"other_all_image/among/ball_513/left_234.jpg",
"other_all_image/among/ball_513/back_173.jpg",
"other_all_image/among/ball_513/right_113.jpg"
] |
among_group249_q3_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the yellow ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 4, what is behind you? A. school bag and TV cabinet B. dark brown sofa C. white-red cabinet D. light-colored sofa
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/cup_822/front_262.jpg",
"other_all_image/among/cup_822/left_72.jpg",
"other_all_image/among/cup_822/back_149.jpg",
"other_all_image/among/cup_822/right_201.jpg"
] |
among_group581_q1_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the cup from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the left of the cup? A. white board B. wooden podium C. TV D. metal lockers
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
D
|
among
|
[
"other_all_image/among/bottle_309/right_231.jpg",
"other_all_image/among/bottle_309/back_158.jpg"
] |
among_group495_q3_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-right B. Forward-left
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/ball_410/front_239.jpg",
"other_all_image/among/ball_410/left_43.jpg",
"other_all_image/among/ball_410/back_104.jpg",
"other_all_image/among/ball_410/right_166.jpg"
] |
among_group177_q0_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 1, what is to the left of the green ball? A. smoking machine B. wall C. window D. cardboard-covered sliding door
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_323/front_263.jpg",
"other_all_image/among/ball_323/left_48.jpg",
"other_all_image/among/ball_323/back_116.jpg",
"other_all_image/among/ball_323/right_184.jpg"
] |
among_group119_q2_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn right and move forward, will you get closer to the wall? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/train_039/right_217.jpg",
"other_all_image/among/train_039/front_32.jpg"
] |
among_group739_q3_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/detergent_006/front_71.jpg",
"other_all_image/among/detergent_006/left_149.jpg",
"other_all_image/among/detergent_006/back_217.jpg",
"other_all_image/among/detergent_006/right_307.jpg"
] |
among_group585_q3_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the Blue Shampoo from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 4, then you turn left and move forward, will you get closer to the white headboard? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_213/left_189.jpg",
"other_all_image/among/bottle_213/front_276.jpg"
] |
among_group459_q1_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_444/front_66.jpg",
"other_all_image/among/ball_444/left_261.jpg",
"other_all_image/among/ball_444/back_197.jpg",
"other_all_image/among/ball_444/right_128.jpg"
] |
among_group198_q1_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the blue ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the right of the blue ball? A. light-colored sofa B. school bag and TV cabinet C. white-red cabinet D. dark brown sofa
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/train_011/front_48.jpg",
"other_all_image/among/train_011/left_120.jpg",
"other_all_image/among/train_011/back_185.jpg",
"other_all_image/among/train_011/right_246.jpg"
] |
among_group736_gen_4_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy train from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the toy train is and facing the same direction, what would be to your left? A. window B. printed glass door C. wall D. black table
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/shoe_316/front_342.jpg",
"other_all_image/among/shoe_316/right_236.jpg"
] |
among_group727_q0_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_772/front_215.jpg",
"other_all_image/among/bottle_772/left_58.jpg",
"other_all_image/among/bottle_772/back_103.jpg",
"other_all_image/among/bottle_772/right_154.jpg"
] |
among_group511_q3_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the black bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the left of the black bottle? A. red stool B. light-colored sofa C. cabinet and potted plant D. dark brown sofa
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
around
|
[
"other_all_image/around/group11/1_frame.png",
"other_all_image/around/group11/3_frame.png"
] |
aroundnew_group012_q1_2
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Give two images of a scene captured from different viewpoints, please determine which direction did you move? A. Right-front B. Left-front
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_087/back_168.jpg",
"other_all_image/among/bottle_087/right_252.jpg"
] |
among_group368_q2_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
rotation
|
[
"other_all_image/rotation/arkitscenes_47333195/view_1_3.jpg",
"other_all_image/rotation/arkitscenes_47333195/view_2_18.jpg"
] |
rotation_group032_qfirst_3
|
[System Prompt]
You are a spatial reasoning assistant tasked with analyzing scenes from multiple orthogonal viewpoints. The scene is captured by a stationary camera that rotates in place, producing 2-4 orthogonal views. In each view, a central object remains visible in the foreground, and all views maintain equal importance in spatial representation. Your task is to demonstrate understanding of spatial invisibility by reasoning about object positions from different viewpoints.
[Hints]
- Consider the sequential nature of views and consistent spatial cues
- Pay attention to relative positions of objects as the viewpoint changes
- Remember that each view only shows what's directly in front
- Build a comprehensive mental model of the environment using partial visual information
- Use spatial relationships (front, back, left, right) to track object positions
[Example]
Question: "These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your right? A. Bed B. Nightstand"
Example Reasoning: "<think>This scene is observed using two images. In image 1, I can see bed as the main object in front of me. In image 2, I can see nightstand as the main object in front of me. Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. From the perspective of image 1: 'bed' is in front, 'nightstand' is to the right. After turning 90 degrees to the left: 'bed' is now to my right, 'nightstand' is now behind. The object located to my right is 'bed'. Therefore, from the viewpoint of image 1, after a mental turn of 90 degrees to the left, the object to my right is 'bed'.<think><answer>The answer is A. Bed.<answer>"
[Rules]
1. Always consider the spatial relationships between objects in all provided views
2. Track object positions through mental rotation
3. Use step-by-step reasoning to explain spatial relationships
4. Consider both visible and non-visible objects in your reasoning
5. Maintain consistency in spatial relationships across different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your behind? A. Window B. Cabinet
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_064/front_334.jpg",
"other_all_image/among/bottle_064/left_77.jpg",
"other_all_image/among/bottle_064/back_172.jpg",
"other_all_image/among/bottle_064/right_252.jpg"
] |
among_group361_q0_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the drink bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 1, what is to the right of the drink bottle? A. white headboard B. bed sheet with a floral pattern C. table with cups on it D. clothes rack
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/ball_321/front_70.jpg",
"other_all_image/among/ball_321/left_272.jpg",
"other_all_image/among/ball_321/back_209.jpg",
"other_all_image/among/ball_321/right_136.jpg"
] |
among_group118_q3_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the left of the green ball? A. light-colored sofa B. dark brown sofa C. white-red cabinet D. school bag and TV cabinet
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_812/front_31.jpg",
"other_all_image/among/bottle_812/left_208.jpg",
"other_all_image/among/bottle_812/back_152.jpg",
"other_all_image/among/bottle_812/right_88.jpg"
] |
among_group518_q3_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the yellow bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the left of the yellow bottle? A. light-colored sofa B. dark brown sofa C. cabinet and potted plant D. red stool
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/boat_008/front_227.jpg",
"other_all_image/among/boat_008/left_51.jpg",
"other_all_image/among/boat_008/back_107.jpg",
"other_all_image/among/boat_008/right_167.jpg"
] |
among_group312_q3_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green white toy boat from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 4, what is behind you? A. lots of toys B. wall C. printed glass door D. window
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
rotation
|
[
"other_all_image/rotation/group89/1.jpg",
"other_all_image/rotation/group89/2.jpg",
"other_all_image/rotation/group89/3.jpg",
"other_all_image/rotation/group89/4.jpg"
] |
rotation_group056_q1_1
|
[System Prompt]
You are a spatial reasoning assistant tasked with analyzing scenes from multiple orthogonal viewpoints. The scene is captured by a stationary camera that rotates in place, producing 2-4 orthogonal views. In each view, a central object remains visible in the foreground, and all views maintain equal importance in spatial representation. Your task is to demonstrate understanding of spatial invisibility by reasoning about object positions from different viewpoints.
[Hints]
- Consider the sequential nature of views and consistent spatial cues
- Pay attention to relative positions of objects as the viewpoint changes
- Remember that each view only shows what's directly in front
- Build a comprehensive mental model of the environment using partial visual information
- Use spatial relationships (front, back, left, right) to track object positions
[Example]
Question: "These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your right? A. Bed B. Nightstand"
Example Reasoning: "<think>This scene is observed using two images. In image 1, I can see bed as the main object in front of me. In image 2, I can see nightstand as the main object in front of me. Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. From the perspective of image 1: 'bed' is in front, 'nightstand' is to the right. After turning 90 degrees to the left: 'bed' is now to my right, 'nightstand' is now behind. The object located to my right is 'bed'. Therefore, from the viewpoint of image 1, after a mental turn of 90 degrees to the left, the object to my right is 'bed'.<think><answer>The answer is A. Bed.<answer>"
[Rules]
1. Always consider the spatial relationships between objects in all provided views
2. Track object positions through mental rotation
3. Use step-by-step reasoning to explain spatial relationships
4. Consider both visible and non-visible objects in your reasoning
5. Maintain consistency in spatial relationships across different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: These four images (image 1, 2, 3, and 4) show the same scene from different viewpoints. The camera basically stood in one spot and turned 90 degrees each time to get all sides of the area. Based on these four images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your right? A. Metal bin B. Table C. Bookcase D. Pathway
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_283/front_16.jpg",
"other_all_image/among/bottle_283/left_112.jpg",
"other_all_image/among/bottle_283/back_188.jpg",
"other_all_image/among/bottle_283/right_258.jpg"
] |
among_group483_q2_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the plastic bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 3, what is to the left of the plastic bottle? A. decorated wall B. gate C. light brown wall D. stone fountain
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/ball_371/front_259.jpg",
"other_all_image/among/ball_371/left_35.jpg",
"other_all_image/among/ball_371/back_119.jpg",
"other_all_image/among/ball_371/right_185.jpg"
] |
among_group151_q2_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the purple ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn left and move forward, will you get closer to the window? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/shoe_266/back_196.jpg",
"other_all_image/among/shoe_266/right_287.jpg"
] |
among_group711_q2_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-right B. Forward-left
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_183/back_155.jpg",
"other_all_image/among/bottle_183/right_227.jpg"
] |
among_group436_q2_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-right B. Forward-left
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/cup_825/front_242.jpg",
"other_all_image/among/cup_825/left_60.jpg",
"other_all_image/among/cup_825/back_131.jpg",
"other_all_image/among/cup_825/right_178.jpg"
] |
among_group582_q1_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the cup from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the right of the cup? A. wooden podium B. TV C. white board D. metal lockers
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/ball_501/front_60.jpg",
"other_all_image/among/ball_501/left_113.jpg",
"other_all_image/among/ball_501/back_170.jpg",
"other_all_image/among/ball_501/right_226.jpg"
] |
among_group237_q2_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the orange ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn right and move forward, will you get closer to the light-colored sofa? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_207/front_290.jpg",
"other_all_image/among/bottle_207/left_198.jpg",
"other_all_image/among/bottle_207/back_117.jpg",
"other_all_image/among/bottle_207/right_45.jpg"
] |
among_group456_q3_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the red bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 4, what is behind you? A. closet and door B. pink plush toy and headboard C. window and blue curtain D. white wall
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_527/front_59.jpg",
"other_all_image/among/ball_527/left_267.jpg",
"other_all_image/among/ball_527/back_191.jpg",
"other_all_image/among/ball_527/right_124.jpg"
] |
among_group263_q1_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the purple ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the left of the purple ball? A. white-red cabinet B. dark brown sofa C. light-colored sofa D. school bag and TV cabinet
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/train_043/front_34.jpg",
"other_all_image/among/train_043/left_141.jpg",
"other_all_image/among/train_043/back_215.jpg",
"other_all_image/among/train_043/right_286.jpg"
] |
among_group741_q0_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy train from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 1, what is behind you? A. printed glass door B. black table C. window D. wall
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/shoe_211/back_180.jpg",
"other_all_image/among/shoe_211/right_266.jpg"
] |
among_group692_q2_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-right B. Forward-left
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_354/front_242.jpg",
"other_all_image/among/ball_354/left_50.jpg",
"other_all_image/among/ball_354/back_114.jpg",
"other_all_image/among/ball_354/right_182.jpg"
] |
among_group140_q3_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the red ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 4, then you turn right and move forward, will you get closer to the light-colored sofa? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
around
|
[
"other_all_image/around/group60/1_frame.png",
"other_all_image/around/group60/3_frame.png"
] |
aroundnew_group070_q1_2
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Give two images of a scene captured from different viewpoints, please determine which direction did you move? A. Left-front B. Right-front.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_185/front_4.jpg",
"other_all_image/among/bottle_185/left_85.jpg",
"other_all_image/among/bottle_185/back_141.jpg",
"other_all_image/among/bottle_185/right_216.jpg"
] |
among_group438_q1_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the pink jar from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 2, then you turn left and move forward, will you get closer to the window with fencing? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_216/front_261.jpg",
"other_all_image/among/bottle_216/left_181.jpg",
"other_all_image/among/bottle_216/back_104.jpg",
"other_all_image/among/bottle_216/right_43.jpg"
] |
among_group460_q1_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the air conditioning remote control from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 2, then you turn right and move forward, will you get closer to the closet and door? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/shoe_269/front_0.jpg",
"other_all_image/among/shoe_269/left_82.jpg",
"other_all_image/among/shoe_269/back_148.jpg",
"other_all_image/among/shoe_269/right_226.jpg"
] |
among_group712_q1_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the red high heels from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the right of the red high heels? A. brown curtains and windows B. white TV cabinet C. wooden dining table D. light purple sofa
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
D
|
among
|
[
"other_all_image/among/ball_518/front_240.jpg",
"other_all_image/among/ball_518/left_59.jpg",
"other_all_image/among/ball_518/back_119.jpg",
"other_all_image/among/ball_518/right_171.jpg"
] |
among_group254_q1_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the blue ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 2, then you turn left and move forward, will you get closer to the smoking machine? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/train_039/front_32.jpg",
"other_all_image/among/train_039/left_93.jpg",
"other_all_image/among/train_039/back_163.jpg",
"other_all_image/among/train_039/right_217.jpg"
] |
among_group739_q2_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy train from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn left and move forward, will you get closer to the window? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
around
|
[
"other_all_image/around/group77/1_frame.png",
"other_all_image/around/group77/2_frame.png",
"other_all_image/around/group77/3_frame.png"
] |
aroundnew_group088_q3_2
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Given 3 orthogonal perspectives of a scene, they are the front view, left view and right view. If you are at the view of the third image now, then you turn left and go straight, is the fire hydrant be closer to you? A. Yes B. No
<image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
rotation
|
[
"other_all_image/rotation/arkitscenes_47430189/view_1_7.jpg",
"other_all_image/rotation/arkitscenes_47430189/view_2_23.jpg"
] |
rotation_group038_qsecond_1
|
[System Prompt]
You are a spatial reasoning assistant tasked with analyzing scenes from multiple orthogonal viewpoints. The scene is captured by a stationary camera that rotates in place, producing 2-4 orthogonal views. In each view, a central object remains visible in the foreground, and all views maintain equal importance in spatial representation. Your task is to demonstrate understanding of spatial invisibility by reasoning about object positions from different viewpoints.
[Hints]
- Consider the sequential nature of views and consistent spatial cues
- Pay attention to relative positions of objects as the viewpoint changes
- Remember that each view only shows what's directly in front
- Build a comprehensive mental model of the environment using partial visual information
- Use spatial relationships (front, back, left, right) to track object positions
[Example]
Question: "These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your right? A. Bed B. Nightstand"
Example Reasoning: "<think>This scene is observed using two images. In image 1, I can see bed as the main object in front of me. In image 2, I can see nightstand as the main object in front of me. Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. From the perspective of image 1: 'bed' is in front, 'nightstand' is to the right. After turning 90 degrees to the left: 'bed' is now to my right, 'nightstand' is now behind. The object located to my right is 'bed'. Therefore, from the viewpoint of image 1, after a mental turn of 90 degrees to the left, the object to my right is 'bed'.<think><answer>The answer is A. Bed.<answer>"
[Rules]
1. Always consider the spatial relationships between objects in all provided views
2. Track object positions through mental rotation
3. Use step-by-step reasoning to explain spatial relationships
4. Consider both visible and non-visible objects in your reasoning
5. Maintain consistency in spatial relationships across different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 2, what is to your left? A. Single shower room B. Washing machine
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
around
|
[
"other_all_image/around/group58/1_frame.png",
"other_all_image/around/group58/2_frame.png"
] |
aroundnew_group067_q1_1
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Give two images of a scene captured from different viewpoints, please determine which direction did you move? A. Left-front B. Right-front.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_207/front_290.jpg",
"other_all_image/among/bottle_207/left_198.jpg",
"other_all_image/among/bottle_207/back_117.jpg",
"other_all_image/among/bottle_207/right_45.jpg"
] |
among_group456_q3_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the red bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the right of the red bottle? A. pink plush toy and headboard B. closet and door C. window and blue curtain D. white wall
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/plane_203/front_336.jpg",
"other_all_image/among/plane_203/left_59.jpg",
"other_all_image/among/plane_203/back_147.jpg",
"other_all_image/among/plane_203/right_242.jpg"
] |
among_group655_q2_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the white toy fighter from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 3, what is to the right of the white toy fighter? A. window B. wall C. lots of toys D. printed glass door
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/ball_258/front_44.jpg",
"other_all_image/among/ball_258/left_102.jpg",
"other_all_image/among/ball_258/back_156.jpg",
"other_all_image/among/ball_258/right_216.jpg"
] |
among_group076_q2_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the yellow ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 3, what is to the right of the yellow ball? A. white-red cabinet B. light-colored sofa C. school bag and TV cabinet D. dark brown sofa
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/shoe_305/front_286.jpg",
"other_all_image/among/shoe_305/left_64.jpg",
"other_all_image/among/shoe_305/back_125.jpg",
"other_all_image/among/shoe_305/right_206.jpg"
] |
among_group724_q1_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the black sneakers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the right of the black sneakers? A. light purple sofa B. wooden dining table C. brown curtains and windows D. white TV cabinet
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/ball_300/front_257.jpg",
"other_all_image/among/ball_300/left_64.jpg",
"other_all_image/among/ball_300/back_121.jpg",
"other_all_image/among/ball_300/right_184.jpg"
] |
among_group104_q1_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the left of the green ball? A. white-red cabinet B. light-colored sofa C. dark brown sofa D. school bag and TV cabinet
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_431/front_271.jpg",
"other_all_image/among/ball_431/right_190.jpg"
] |
among_group191_q0_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/shoe_152/front_1.jpg",
"other_all_image/among/shoe_152/left_117.jpg",
"other_all_image/among/shoe_152/back_224.jpg",
"other_all_image/among/shoe_152/right_296.jpg"
] |
among_group672_q0_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the yellow and green sneakers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 1, what is to the left of the yellow and green sneakers? A. white wood rack B. wall and window C. washing machine D. curtain
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
D
|
among
|
[
"other_all_image/among/bottle_293/front_6.jpg",
"other_all_image/among/bottle_293/left_94.jpg",
"other_all_image/among/bottle_293/back_165.jpg",
"other_all_image/among/bottle_293/right_244.jpg"
] |
among_group489_q2_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the glass bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 3, what is to the left of the glass bottle? A. decorated wall B. light brown wall C. gate D. stone fountain
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_216/left_181.jpg",
"other_all_image/among/bottle_216/front_261.jpg"
] |
among_group460_q1_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_558/front_36.jpg",
"other_all_image/among/ball_558/left_85.jpg",
"other_all_image/among/ball_558/back_145.jpg",
"other_all_image/among/ball_558/right_194.jpg"
] |
among_group294_q0_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 1, what is to the right of the green ball? A. sliding door B. grey chairs C. wall D. open space
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/plane_209/front_292.jpg",
"other_all_image/among/plane_209/left_58.jpg",
"other_all_image/among/plane_209/back_146.jpg",
"other_all_image/among/plane_209/right_228.jpg"
] |
among_group657_q2_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy helicopter from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn right and move forward, will you get closer to the lots of toys? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/boat_026/front_256.jpg",
"other_all_image/among/boat_026/left_45.jpg"
] |
among_group318_q0_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-right B. Forward-left
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_309/back_158.jpg",
"other_all_image/among/bottle_309/left_93.jpg"
] |
among_group495_q2_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/shoe_225/front_1.jpg",
"other_all_image/among/shoe_225/left_87.jpg",
"other_all_image/among/shoe_225/back_172.jpg",
"other_all_image/among/shoe_225/right_255.jpg"
] |
among_group696_q3_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green slippers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the left of the green slippers? A. light purple sofa B. wooden dining table C. white TV cabinet D. brown curtains and windows
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_234/front_14.jpg",
"other_all_image/among/bottle_234/left_221.jpg",
"other_all_image/among/bottle_234/back_140.jpg",
"other_all_image/among/bottle_234/right_67.jpg"
] |
among_group466_q1_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the left of the green bottle? A. window and blue curtain B. pink plush toy and headboard C. closet and door D. white wall
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/shoe_311/front_293.jpg",
"other_all_image/among/shoe_311/left_77.jpg",
"other_all_image/among/shoe_311/back_133.jpg",
"other_all_image/among/shoe_311/right_207.jpg"
] |
among_group725_q2_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the blue slippers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn left and move forward, will you get closer to the wooden dining table? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/plane_218/front_280.jpg",
"other_all_image/among/plane_218/left_57.jpg",
"other_all_image/among/plane_218/back_134.jpg",
"other_all_image/among/plane_218/right_211.jpg"
] |
among_group660_q1_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the silver toy fighter from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 2, then you turn left and move forward, will you get closer to the wall? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/bottle_178/front_12.jpg",
"other_all_image/among/bottle_178/left_108.jpg",
"other_all_image/among/bottle_178/back_203.jpg",
"other_all_image/among/bottle_178/right_293.jpg"
] |
among_group431_q1_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 2, what is behind you? A. white wall and windows B. black cabinet C. a room D. red bed frame with decorative ironwork
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/shoe_319/front_1.jpg",
"other_all_image/among/shoe_319/left_93.jpg",
"other_all_image/among/shoe_319/back_155.jpg",
"other_all_image/among/shoe_319/right_233.jpg"
] |
among_group728_q2_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the white slippers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, what is behind you? A. light purple sofa B. white TV cabinet C. wooden dining table D. brown curtains and windows
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/train_004/front_4.jpg",
"other_all_image/among/train_004/left_83.jpg",
"other_all_image/among/train_004/back_142.jpg",
"other_all_image/among/train_004/right_200.jpg"
] |
among_group733_q0_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy train from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 1, what is to the right of the toy train? A. printed glass door B. window C. black table D. wall
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_416/back_123.jpg",
"other_all_image/among/ball_416/right_173.jpg"
] |
among_group181_q2_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
around
|
[
"other_all_image/around/group88/1_frame.png",
"other_all_image/around/group88/3_frame.png"
] |
aroundnew_group097_q1_2
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Give two images of a scene captured from different viewpoints, please determine which direction did you move? A. Right-front B. Left-front
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/chair_497/front_339.jpg",
"other_all_image/among/chair_497/left_232.jpg",
"other_all_image/among/chair_497/back_155.jpg",
"other_all_image/among/chair_497/right_58.jpg"
] |
among_group525_q0_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 1, then you turn left and move forward, will you get closer to the cabinet desk along a corridor? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_476/front_248.jpg",
"other_all_image/among/ball_476/left_53.jpg",
"other_all_image/among/ball_476/back_122.jpg",
"other_all_image/among/ball_476/right_177.jpg"
] |
among_group217_q3_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the pink ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 4, then you turn left and move forward, will you get closer to the cardboard-covered sliding door? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/ball_359/front_253.jpg",
"other_all_image/among/ball_359/left_39.jpg",
"other_all_image/among/ball_359/back_132.jpg",
"other_all_image/among/ball_359/right_184.jpg"
] |
among_group143_q3_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the yellow ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 4, then you turn left and move forward, will you get closer to the cardboard-covered sliding door? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/shoe_158/front_296.jpg",
"other_all_image/among/shoe_158/left_71.jpg",
"other_all_image/among/shoe_158/back_156.jpg",
"other_all_image/among/shoe_158/right_218.jpg"
] |
among_group674_q0_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the color-blocking sneakers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 1, what is to the left of the color-blocking sneakers? A. wall and window B. washing machine C. curtain D. white wood rack
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/shoe_203/front_278.jpg",
"other_all_image/among/shoe_203/left_64.jpg",
"other_all_image/among/shoe_203/back_125.jpg",
"other_all_image/among/shoe_203/right_188.jpg"
] |
among_group689_q1_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the black slippers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the right of the black slippers? A. wall and window B. washing machine C. white wood rack D. curtain
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_329/front_248.jpg",
"other_all_image/among/ball_329/left_45.jpg",
"other_all_image/among/ball_329/back_115.jpg",
"other_all_image/among/ball_329/right_175.jpg"
] |
among_group123_q1_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the purple ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 2, what is to the right of the purple ball? A. smoking machine B. wall C. window D. cardboard-covered sliding door
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
D
|
among
|
[
"other_all_image/among/bottle_155/front_19.jpg",
"other_all_image/among/bottle_155/left_119.jpg",
"other_all_image/among/bottle_155/back_213.jpg",
"other_all_image/among/bottle_155/right_313.jpg"
] |
among_group409_q0_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the round jar from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 1, what is to the right of the round jar? A. red bed frame with decorative ironwork B. black cabinet C. a room D. white wall and windows
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/ball_446/front_251.jpg",
"other_all_image/among/ball_446/left_41.jpg",
"other_all_image/among/ball_446/back_107.jpg",
"other_all_image/among/ball_446/right_176.jpg"
] |
among_group199_q3_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the blue ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the right of the blue ball? A. cardboard-covered sliding door B. wall C. smoking machine D. window
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/ball_228/front_60.jpg",
"other_all_image/among/ball_228/left_108.jpg",
"other_all_image/among/ball_228/back_159.jpg",
"other_all_image/among/ball_228/right_214.jpg"
] |
among_group056_q2_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the yellow ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 3, what is to the left of the yellow ball? A. light-colored sofa B. white-red cabinet C. school bag and TV cabinet D. dark brown sofa
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/ball_209/front_10.jpg",
"other_all_image/among/ball_209/left_88.jpg",
"other_all_image/among/ball_209/back_139.jpg",
"other_all_image/among/ball_209/right_195.jpg"
] |
among_group044_q3_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the red ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the left of the red ball? A. smoking machine B. cardboard-covered sliding door C. wall D. window
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/ball_462/front_44.jpg",
"other_all_image/among/ball_462/left_225.jpg",
"other_all_image/among/ball_462/back_159.jpg",
"other_all_image/among/ball_462/right_98.jpg"
] |
among_group208_q2_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the yellow ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn right and move forward, will you get closer to the school bag and TV cabinet? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
rotation
|
[
"other_all_image/rotation/0673_05/131.png",
"other_all_image/rotation/0673_05/139.png",
"other_all_image/rotation/0673_05/146.png"
] |
rotation_group007_q3_7
|
[System Prompt]
You are a spatial reasoning assistant tasked with analyzing scenes from multiple orthogonal viewpoints. The scene is captured by a stationary camera that rotates in place, producing 2-4 orthogonal views. In each view, a central object remains visible in the foreground, and all views maintain equal importance in spatial representation. Your task is to demonstrate understanding of spatial invisibility by reasoning about object positions from different viewpoints.
[Hints]
- Consider the sequential nature of views and consistent spatial cues
- Pay attention to relative positions of objects as the viewpoint changes
- Remember that each view only shows what's directly in front
- Build a comprehensive mental model of the environment using partial visual information
- Use spatial relationships (front, back, left, right) to track object positions
[Example]
Question: "These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your right? A. Bed B. Nightstand"
Example Reasoning: "<think>This scene is observed using two images. In image 1, I can see bed as the main object in front of me. In image 2, I can see nightstand as the main object in front of me. Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. From the perspective of image 1: 'bed' is in front, 'nightstand' is to the right. After turning 90 degrees to the left: 'bed' is now to my right, 'nightstand' is now behind. The object located to my right is 'bed'. Therefore, from the viewpoint of image 1, after a mental turn of 90 degrees to the left, the object to my right is 'bed'.<think><answer>The answer is A. Bed.<answer>"
[Rules]
1. Always consider the spatial relationships between objects in all provided views
2. Track object positions through mental rotation
3. Use step-by-step reasoning to explain spatial relationships
4. Consider both visible and non-visible objects in your reasoning
5. Maintain consistency in spatial relationships across different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: These three images (image 1, 2, and 3) show the same scene from three different viewpoints. The image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. For image 3, the camera was turned another 90 degrees right, so it's basically facing the opposite direction of image 1. Based on these three images: If you are standing at the viewpoint presented in image 3 and turn 180 degrees around, what is to your behind? A. Black cabinet B. A stack of boxes C. Bicycle
<image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_168/front_0.jpg",
"other_all_image/among/bottle_168/left_74.jpg",
"other_all_image/among/bottle_168/back_141.jpg",
"other_all_image/among/bottle_168/right_201.jpg"
] |
among_group422_q0_5_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the white bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 1, what is to the left of the white bottle? A. white walls and windows B. wooden sofa C. table with chairs D. bicycle and TV
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/chair_718/front_11.jpg",
"other_all_image/among/chair_718/left_205.jpg",
"other_all_image/among/chair_718/back_136.jpg",
"other_all_image/among/chair_718/right_85.jpg"
] |
among_group536_q1_2_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the red wooden chair on blue cloth from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 2, then you turn left and move forward, will you get closer to the yellow wall? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
rotation
|
[
"other_all_image/rotation/arkitscenes_47332609/view_1_9.jpg",
"other_all_image/rotation/arkitscenes_47332609/view_2_19.jpg"
] |
rotation_group029_qfirst_2
|
[System Prompt]
You are a spatial reasoning assistant tasked with analyzing scenes from multiple orthogonal viewpoints. The scene is captured by a stationary camera that rotates in place, producing 2-4 orthogonal views. In each view, a central object remains visible in the foreground, and all views maintain equal importance in spatial representation. Your task is to demonstrate understanding of spatial invisibility by reasoning about object positions from different viewpoints.
[Hints]
- Consider the sequential nature of views and consistent spatial cues
- Pay attention to relative positions of objects as the viewpoint changes
- Remember that each view only shows what's directly in front
- Build a comprehensive mental model of the environment using partial visual information
- Use spatial relationships (front, back, left, right) to track object positions
[Example]
Question: "These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your right? A. Bed B. Nightstand"
Example Reasoning: "<think>This scene is observed using two images. In image 1, I can see bed as the main object in front of me. In image 2, I can see nightstand as the main object in front of me. Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. From the perspective of image 1: 'bed' is in front, 'nightstand' is to the right. After turning 90 degrees to the left: 'bed' is now to my right, 'nightstand' is now behind. The object located to my right is 'bed'. Therefore, from the viewpoint of image 1, after a mental turn of 90 degrees to the left, the object to my right is 'bed'.<think><answer>The answer is A. Bed.<answer>"
[Rules]
1. Always consider the spatial relationships between objects in all provided views
2. Track object positions through mental rotation
3. Use step-by-step reasoning to explain spatial relationships
4. Consider both visible and non-visible objects in your reasoning
5. Maintain consistency in spatial relationships across different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your right? A. Wooden cabinet B. Sofa
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/shoe_314/left_87.jpg",
"other_all_image/among/shoe_314/back_149.jpg"
] |
among_group726_q1_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/shoe_028/front_23.jpg",
"other_all_image/among/shoe_028/right_294.jpg"
] |
among_group668_q0_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/train_011/front_48.jpg",
"other_all_image/among/train_011/left_120.jpg",
"other_all_image/among/train_011/back_185.jpg",
"other_all_image/among/train_011/right_246.jpg"
] |
among_group736_q0_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy train from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 1, what is behind you? A. wall B. window C. black table D. printed glass door
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/train_001/front_269.jpg",
"other_all_image/among/train_001/left_60.jpg",
"other_all_image/among/train_001/back_145.jpg",
"other_all_image/among/train_001/right_197.jpg"
] |
among_group732_q0_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the toy train from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 1, what is behind you? A. black table B. wall C. printed glass door D. window
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/bottle_309/front_5.jpg",
"other_all_image/among/bottle_309/left_93.jpg",
"other_all_image/among/bottle_309/back_158.jpg",
"other_all_image/among/bottle_309/right_231.jpg"
] |
among_group495_q2_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the drink bottle from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn right and move forward, will you get closer to the gate? A. No B. Yes
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/chair_513/front_229.jpg",
"other_all_image/among/chair_513/left_146.jpg",
"other_all_image/among/chair_513/back_86.jpg",
"other_all_image/among/chair_513/right_306.jpg"
] |
among_group531_q3_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 4, what is behind you? A. office area B. two chairs on the corridor C. grey sofa D. cabinet desk along a corridor
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/shoe_272/front_10.jpg",
"other_all_image/among/shoe_272/left_90.jpg",
"other_all_image/among/shoe_272/back_168.jpg",
"other_all_image/among/shoe_272/right_241.jpg"
] |
among_group713_q2_2_3
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the black shoes from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, then you turn right and move forward, will you get closer to the brown curtains and windows? A. Yes B. No
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
among
|
[
"other_all_image/among/boat_008/back_107.jpg",
"other_all_image/among/boat_008/left_51.jpg"
] |
among_group312_q2_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/shoe_185/front_306.jpg",
"other_all_image/among/shoe_185/left_67.jpg",
"other_all_image/among/shoe_185/back_138.jpg",
"other_all_image/among/shoe_185/right_205.jpg"
] |
among_group683_q2_2_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the white sneakers from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are standing at the viewpoint presented in image 3, what is behind you? A. wall and window B. white wood rack C. washing machine D. curtain
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
B
|
among
|
[
"other_all_image/among/ball_278/front_257.jpg",
"other_all_image/among/ball_278/left_68.jpg",
"other_all_image/among/ball_278/back_132.jpg",
"other_all_image/among/ball_278/right_187.jpg"
] |
among_group089_q3_5_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these four images (image 1, 2, 3, and 4) showing the blue ball from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: From the viewpoint presented in image 4, what is to the right of the blue ball? A. wall B. window C. smoking machine D. cardboard-covered sliding door
<image><image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
around
|
[
"other_all_image/around/group25/1_frame.png",
"other_all_image/around/group25/2_frame.png",
"other_all_image/around/group25/3_frame.png"
] |
aroundnew_group033_q2_1
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Given 3 orthogonal perspectives of a scene, they are the front view, left view and right view. In the second image, what is the nearest object the nearest object behind of the grey cabinet. A. blind passage B. lawns C. black street light pole
<image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/shoe_022/right_278.jpg",
"other_all_image/among/shoe_022/back_201.jpg"
] |
among_group666_q3_1_2
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-right B. Forward-left
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
A
|
rotation
|
[
"other_all_image/rotation/group2/1.png",
"other_all_image/rotation/group2/2.png",
"other_all_image/rotation/group2/3.png"
] |
rotation_group049_q3_6
|
[System Prompt]
You are a spatial reasoning assistant tasked with analyzing scenes from multiple orthogonal viewpoints. The scene is captured by a stationary camera that rotates in place, producing 2-4 orthogonal views. In each view, a central object remains visible in the foreground, and all views maintain equal importance in spatial representation. Your task is to demonstrate understanding of spatial invisibility by reasoning about object positions from different viewpoints.
[Hints]
- Consider the sequential nature of views and consistent spatial cues
- Pay attention to relative positions of objects as the viewpoint changes
- Remember that each view only shows what's directly in front
- Build a comprehensive mental model of the environment using partial visual information
- Use spatial relationships (front, back, left, right) to track object positions
[Example]
Question: "These two images (image 1 and 2) show the same scene from two different viewpoints. Image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. Based on these two images: If you are standing at the viewpoint presented in image 1 and turn 90 degrees to the left, what is to your right? A. Bed B. Nightstand"
Example Reasoning: "<think>This scene is observed using two images. In image 1, I can see bed as the main object in front of me. In image 2, I can see nightstand as the main object in front of me. Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. From the perspective of image 1: 'bed' is in front, 'nightstand' is to the right. After turning 90 degrees to the left: 'bed' is now to my right, 'nightstand' is now behind. The object located to my right is 'bed'. Therefore, from the viewpoint of image 1, after a mental turn of 90 degrees to the left, the object to my right is 'bed'.<think><answer>The answer is A. Bed.<answer>"
[Rules]
1. Always consider the spatial relationships between objects in all provided views
2. Track object positions through mental rotation
3. Use step-by-step reasoning to explain spatial relationships
4. Consider both visible and non-visible objects in your reasoning
5. Maintain consistency in spatial relationships across different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: These three images (image 1, 2, and 3) show the same scene from three different viewpoints. The image 2 was taken after turning the camera 90 degrees to the right (clockwise) from the position of image 1. For image 3, the camera was turned another 90 degrees right, so it's basically facing the opposite direction of image 1. Based on these three images: If you are standing at the viewpoint presented in image 3 and turn 180 degrees around, what is to your right? A. Door B. Bathtub C. Pictures
<image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
around
|
[
"other_all_image/around/group16/1_frame.png",
"other_all_image/around/group16/2_frame.png",
"other_all_image/around/group16/3_frame.png"
] |
aroundnew_group023_q2_2
|
[System Prompt]
You are a visual reasoning assistant specialized in 3D spatial analysis. Your task is to analyze multiple viewpoints of a scene to understand spatial relationships beyond simple 2D recognition. You must:
- Maintain object permanence even when objects are partially visible
- Transform lateral relationships (left-right) from frontal views into depth relationships (front-back) in side views
- Integrate spatial information from multiple viewpoints to form a coherent 3D understanding
- Engage in true 3D spatial reasoning by combining information from multiple perspectives rather than relying solely on direct visual cues
[Hints]
- Pay attention to how objects' positions change across different viewpoints
- Consider that objects visible in one view may be occluded in another
- Remember that left-right relationships in frontal views transform into front-back relationships in side views
- Maintain awareness of object permanence even when objects are partially or fully hidden
[Example]
Question: "Based on these three images (image 1, 2, and 3) showing the same scene from different viewpoints (front, left, and right): From the viewpoint presented in image 3, is there a cart box behind the printer? A. No. B. Yes"
Example Reasoning: "<think>This scene is observed from multiple different viewpoints that show the same environment from different angles. In image 1 (front view), I can see cart box, printer arranged from left to right. The cart box is on the left side, and the printer is on the right side. In image 2 (left view), I can clearly see cart box. In image 3 (right view), I can clearly see printer. From image 3 (right view), I need to answer the question. When looking from the right side, objects that were arranged left-to-right in the front view are now arranged back-to-front. The rightmost object from the front view (printer) is now closest to me, and objects to its left in the front view appear behind it from this right view. I need to determine if the cart box is positioned behind the printer from this viewpoint. I can see the printer in this view. From this view, I can determine that the cart box is positioned behind the printer.<think><answer>The answer is B. Yes.<answer>"
[Rules]
1. Always analyze all provided viewpoints before making conclusions
2. Consider object permanence even when objects are partially or fully occluded
3. Use systematic spatial reasoning to transform relationships between different viewpoints
4. Base conclusions on the integration of information from all available views
5. Explicitly explain the transformation of spatial relationships between different viewpoints
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Given 3 orthogonal perspectives of a scene, they are the front view, left view and right view. In the third image, what is behind of the ice cream parlor. A. glass door B. wall C. glass vertical freezer
<image><image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
|
C
|
among
|
[
"other_all_image/among/ball_252/right_81.jpg",
"other_all_image/among/ball_252/front_263.jpg"
] |
among_group072_q3_1_1
|
[System Prompt]
You are a spatial reasoning expert specializing in analyzing multi-view scenes. Your task is to analyze four orthogonal views of a scene where a camera moves around a central object surrounded by several peripheral objects. Each view shows the central object in front of one of the surrounding objects. Through these views, you need to establish spatial relationships and determine relative positions of objects, even when they're not directly visible from certain angles.
[Hints]
1. Pay attention to the sequence of views and how they relate to each other through 90-degree rotations
2. Focus on the central object as your reference point
3. Consider how objects visible in one view might be positioned relative to other views
4. Use logical deduction to determine positions of objects when they're not directly visible
5. Think about how perspective changes affect object visibility
[Example]
Question: "Based on these four images (image 1, 2, 3, and 4) showing the green plants from different viewpoints (front, left, back, and right), with each camera aligned with room walls and partially capturing the surroundings: If you are positioned where the green plants is and facing the same direction, what would be to your left? A. cabinet desk along a corridor B. grey sofa C. two chairs on the corridor D. office area"
Example Reasoning: "<think>In this scene, I observe four images showing different perspectives. All images feature the green plants as the main object. In image 1, I can see green plants in front of the office area. In image 2, I can see green plants in front of the two chairs on the corridor. In image 3, I can see green plants in front of the grey sofa. In image 4, I can see green plants in front of the cabinet desk along a corridor. To identify the position change across views, I focus on the main object's angle variation. Then, I analyze the angles and relative positions of other objects on the platform to back up this observation. I understand that: Image 1 is the initial view. Image 2 is captured after a 90-degree clockwise rotation from image 1. Image 3 is after another 90-degree clockwise rotation (180 degrees from image 1). Image 4 is after a further 90-degree clockwise rotation (270 degrees from image 1). Through analyzing these perspective changes, I can construct a complete spatial understanding: when I view two chairs on the corridor behind green plants in the second view, it implies that in the first view, two chairs on the corridor is on the right side of green plants. Similarly, when I see cabinet desk along a corridor behind green plants in the fourth view, it indicates that in the first view, cabinet desk along a corridor is on the left side of green plants. However, I am still uncertain about what lies behind me in the first view. Then, I recognize that I can examine the opposite view to find out. The opposite view of the fist view is the third view. As grey sofa is observed behind green plants in the third view, it means that in the first view, grey sofa is positioned behind me. This way, I can fully comprehend the spatial relationships of all objects in the entire scene. From the green plants's perspective, its front would be the same as the view 1 when facing the scene. From the green plants's position, the object to my left is the cabinet desk along a corridor; the object to my right is the two chairs on the corridor.<think><answer>The answer is A. cabinet desk along a corridor.<answer>"
[Rules]
1. Always analyze the sequence of views in a clockwise rotation
2. Maintain consistency in spatial relationships across all views
3. Use the central object as the primary reference point
4. Consider both direct observations and logical deductions
5. Verify spatial relationships through multiple view comparisons
6. Ensure all conclusions are supported by evidence from the images
Based on the information provided above, please analyze the spatial relationships in the given images and answer the following questions.
Question: Based on these two views showing the same scene, which direction did you move from the first view to the second view? A. Forward-left B. Forward-right.
<image><image>
Please look at the images and answer the question.
Your answer should be in the format of <think>...</think><answer>...</answer>.
Please give your thought first then answer.
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A
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